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Biosafety Virtual Library Resources
(VLR)
last updated: 11 May 2012
Insecticide resistance monitoring and evaluation in disease transmitting mosquitoes
EN
Pesticide Science Society of Japan
EN
2007
EN
Journal of Pesticide Science
EN
©Pesticide Science Society of Japan
EN
Abstract:
The emergence of mosquito species resistant to insecticides widely used in malaria and dengue control has the potential to impact severely on the control of these disease vectors. A limited number of resistance mechanisms, including modification of the insecticides’ target site, or changes in rates of metabolism involving esterases, glutathione S-transferases or monooxygenases operate in all insects. The potential for resistance to develop in vectors has been apparent since the 1950’s, but the scale of the problem has been poorly documented. Few new public health insecticides have been developed for control of disease vectors for the past three decades and without good stewardship these insecticides will cease to be effective for vector control. This may have a dramatic effect in disease endemic countries, as few affordable alternative insecticides can rapidly be made available for vector control. Here we review our ability to optimally measure and manage insecticide resistance in field populations of insects, which is crucial to the long term sustainability of insecticide-based disease control campaigns.
EN
The emergence of mosquito species resistant to insecticides widely used in malaria and dengue control has the potential to impact severely on the control of these disease vectors. A limited number of resistance mechanisms, including modification of the insecticides’ target site, or changes in rates of metabolism involving esterases, glutathione S-transferases or monooxygenases operate in all insects. The potential for resistance to develop in vectors has been apparent since the 1950’s, but the scale of the problem has been poorly documented. Few new public health insecticides have been developed for control of disease vectors for the past three decades and without good stewardship these insecticides will cease to be effective for vector control. This may have a dramatic effect in disease endemic countries, as few affordable alternative insecticides can rapidly be made available for vector control. Here we review our ability to optimally measure and manage insecticide resistance in field populations of insects, which is crucial to the long term sustainability of insecticide-based disease control campaigns.
No
No
No
Identifier (ISBN, ISSN, etc.)
DOI: 10.1584/jpestics.R07-01
Format
8 page PDF
Keywords and any other relevant information
Keywords: insecticide resistance, monitoring and evaluation, decision support systems.
Citation: J. Pestic. Sci., 32(2), 69–76 (2007)